High tech instruments available for use by researchers from WVU, other higher education institutions, and government and private laboratories. Learn about Deans' InSPIRe, a pilot, seed program for eligible faculty in the About section of our site.
See our instrumentation listTake your seat and let's go...
Log in to our management system, complete a user agreement and sign up for introductory training.
Users start hereWant SRF staff to run samples for you? Log in to our management system and complete a request.
Clients start hereLog in to our management system from your computer or mobile device to make reservations.
Reserve an instrumentLog in to the management system to complete a problem report form as soon as you see an issue.
Report a problemExplore SRF's four core facilities
Investigate instruments offered by others at WVU
SRF will begin migrating from CORES to the iLab Solutions management system beginning in early June. CORES new owner, Agilent Crosslab, is no longer supporting CORES, replacing it with iLab Solutions. SRF will be migrating its for 'cores' or facilities in three waves.
Register by July 22
MIna Azizha, Physics graduate student working with Prof. Matt Johnson and Emeritus Prof. Mohindar Seehra and a frequent user in the Materials Characterization Facilities, was named a finalist in the 2019 Intermag-Magnetisim and Magnetic Materials Conference's Magnetism as Art contest in Washington, D.C. Her work, "Magnetic UFO," features spikes of ferrofluid atop a clear watch glass with a strong magnet beneath. See the story online at the Eberly College of Arts and Sciences website.
When inspiration strikes, having access to scientific instrumentation can make the difference in being able to pursue a world-changing idea. Lack of funding should not be a barrier.
Have a link to an article that should be posted on Shared Research Facilities? Send it to us!
Submit an ArticleMeet Maria.
I am Maria TorresArango, Ph.D. student in Materials Science and Engineering. I am interested in creating solutions for sustainability and smart living. My research focuses on nano materials for energy harvesting and recovery, solar cell devices, and thermo-electric materials. I use non-toxic and water-compatible materials to ensure the highest levels of safety from the laboratory scale, to the processing stage, to the user, to the environment when the device is disposed of or recycled. I consider research to be of paramount importance. In industry or academia, research is that common place where fundamentals meet applications for actual solutions to engineering problems, and I am excited to be part of it.
